A Comprehensive Guide to Master 3x3x3 Blindfold Cubing

The highlights of this courses are as follows - 

Chapter 1: Introduction to Blindfolded Cubing

Objective: Understand the fundamentals of blindfolded solving and build essential skills.

Topics Covered:

• Basics of Blindfolded Solving:

  • What makes blindfolded solving different and why it's an exciting challenge.

  • Importance of memorization and algorithm execution in blindfold cubing.

• Prerequisite Skills:

  • Ability to solve a 3x3x3 Rubik’s Cube using the beginner’s method (like CFOP).

  • Understanding basic cube notation (F, B, U, D, L, R).

• Basic Algorithms:

  • Review essential algorithms like T-perm, Y-perm, and U-perm.

  • Learn finger tricks to speed up your execution.

Key Takeaway: By the end of this chapter, you will have a solid foundation to begin your blindfold cubing journey. Start mastering the basics now!

Chapter 2: OP/OP Method (Old Pochmann Method)

Objective: Learn the OP/OP method to solve cube corners and edges blindfolded.

Topics Covered:

• Overview of OP/OP Method:

  • Introduction to the Old Pochmann method for solving the cube blindfolded.

• Algorithms for OP/OP:

  • Learn Y-perm and T-perm algorithms for solving corners and edges.

• Setup Moves:

  • Master how to visualize cube pieces and perform setup moves for algorithm execution.

Key Takeaway: After completing this chapter, you'll be able to solve corners and edges with ease using the Old Pochmann method. Join the course and start learning these essential techniques today!

Chapter 3: Memorization Techniques

Objective: Develop crucial memorization skills for successful blindfolded solving.

Topics Covered:

• Basics of Memorization:

  • Learn the distinction between memo for corners and edges.

• Popular Memorization Methods:

  • Use the Letter Pairing System and Story Method to recall algorithms.

  • Apply Visual Memory Techniques to enhance your memorization speed.

• Practice Techniques:

  • Break down memo into manageable chunks and use flashcards for fast recall.

Key Takeaway: Memorization is the key to blindfold cubing. Start mastering these techniques and increase your speed!

Chapter 4: M2 Method for Edges

Objective: Learn the M2 method for solving edges more efficiently than OP/OP.

Topics Covered:

• Overview of the M2 Method:

  • Understand M2 moves and how they target edge pieces more effectively.

• Algorithms for M2:

  • Master the primary M2 slice move for edge solving.

• Setup Moves and Special Cases:

  • Handle complex setups and solve special cases like flipped edges.

Key Takeaway: Take your edge-solving skills to the next level with the M2 method. Sign up now to start using this advanced technique!

Chapter 5: Introduction to 3-Style Method

Objective: Learn the advanced 3-Style method for faster blindfold solves.

Topics Covered:

• Overview of the 3-Style Method:

  • Improve solving times using 3-cycles for corners and edges.

• Algorithms for 3-Style:

  • Master commutators and conjugates for faster solving.

• Setup Moves and Special Cases:

  • Handle parity cases and advanced corner/edge situations.

Key Takeaway: Become an advanced solver with the 3-Style method. Join now and reduce your solve times dramatically.

Chapter 6: Solving Parity Errors

Objective: Learn to identify and fix common parity errors during blindfold solving.

Topics Covered:

• Understanding Parity Errors:

  • Learn why parity errors occur and how to correct them.

• Solving Edge and Corner Parity:

  • Master algorithms for fixing parity errors in both edges and corners.

Key Takeaway: Parity errors can be tricky, but with the right techniques, you'll solve them confidently. Enroll today and solve parity like a pro!

Chapter 7: Advanced Memorization Techniques

Objective: Enhance your memorization efficiency with advanced techniques.

Topics Covered:

• Audio and Visual Memorization:

  • Use audio patterns and colors for faster memo recall.

• Advanced Letter Pairing and Memory Optimization:

  • Optimize memo techniques to handle larger amounts of information.

Key Takeaway: Fast memorization is essential for competitive blindfold solving. Start learning advanced memorization techniques now!

Chapter 8: Practice Techniques and Speed Improvement

Objective: Sharpen your blindfold solving skills through practice and preparation for competitions.

Topics Covered:

• Timed Practice and Speed Drills:

  • Practice under pressure to improve both memo and execution times.

• Competition Strategies:

  • Learn strategies for competing in blindfold cubing and overcoming nervousness.

Key Takeaway: Get ready for competitions and improve your blindfold solving speed. Join the course today to become a competition-ready solver!

Conclusion and Continuous Improvement

Objective: Discover resources for ongoing improvement in blindfold cubing.

Topics Covered:

• Online Resources: Access top websites and communities for learning.

• Analyzing Solves and Long-Term Goals: Set personal goals and track your progress for continuous growth.

Key Takeaway: Blindfold solving is a lifelong skill. Start your journey today and stay ahead with continuous improvement!

About the Teacher

Saiyam Jain is a young and enthusiastic cuber who solves the Rubik’s cube like it is a compulsive obsession. He has been cubing for over 9 years of cubing and teaching for over 7 years. He specializes in solving and teaching a wide range of cubes and puzzles, including 2x2, 3x3, 4x4, 5x5, 6x6, Clock, Pyraminx, Skewb, Megaminx, Square-1, and various blindfolded like 3x3, 4x4, 5x5 and multi-blindfolded events. In the past, he has organized WCA competitions in Delhi, which helped to enrich his understanding of competitive cubing.

He has experience working with students of all ages and skill levels, providing personalized instruction tailored to their needs. So whether you're just starting out or aiming to refine advanced techniques, he can help you improve and excel in cubing.